CN1603200A - Apparatus for providing electrical signals to bicycle components - Google Patents
Apparatus for providing electrical signals to bicycle components Download PDFInfo
- Publication number
- CN1603200A CN1603200A CNA2004100852116A CN200410085211A CN1603200A CN 1603200 A CN1603200 A CN 1603200A CN A2004100852116 A CNA2004100852116 A CN A2004100852116A CN 200410085211 A CN200410085211 A CN 200410085211A CN 1603200 A CN1603200 A CN 1603200A
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- Prior art keywords
- aforementioned
- electric
- components
- bicycle
- terminal
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
- F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
- F03G7/00—Mechanical-power-producing mechanisms, not otherwise provided for or using energy sources not otherwise provided for
- F03G7/08—Mechanical-power-producing mechanisms, not otherwise provided for or using energy sources not otherwise provided for recovering energy derived from swinging, rolling, pitching or like movements, e.g. from the vibrations of a machine
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62J—CYCLE SADDLES OR SEATS; AUXILIARY DEVICES OR ACCESSORIES SPECIALLY ADAPTED TO CYCLES AND NOT OTHERWISE PROVIDED FOR, e.g. ARTICLE CARRIERS OR CYCLE PROTECTORS
- B62J11/00—Supporting arrangements specially adapted for fastening specific devices to cycles, e.g. supports for attaching maps
- B62J11/10—Supporting arrangements specially adapted for fastening specific devices to cycles, e.g. supports for attaching maps for mechanical cables, hoses, pipes or electric wires, e.g. cable guides
- B62J11/19—Supporting arrangements specially adapted for fastening specific devices to cycles, e.g. supports for attaching maps for mechanical cables, hoses, pipes or electric wires, e.g. cable guides specially adapted for electric wires
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62J—CYCLE SADDLES OR SEATS; AUXILIARY DEVICES OR ACCESSORIES SPECIALLY ADAPTED TO CYCLES AND NOT OTHERWISE PROVIDED FOR, e.g. ARTICLE CARRIERS OR CYCLE PROTECTORS
- B62J45/00—Electrical equipment arrangements specially adapted for use as accessories on cycles, not otherwise provided for
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62J—CYCLE SADDLES OR SEATS; AUXILIARY DEVICES OR ACCESSORIES SPECIALLY ADAPTED TO CYCLES AND NOT OTHERWISE PROVIDED FOR, e.g. ARTICLE CARRIERS OR CYCLE PROTECTORS
- B62J50/00—Arrangements specially adapted for use on cycles not provided for in main groups B62J1/00 - B62J45/00
- B62J50/20—Information-providing devices
- B62J50/21—Information-providing devices intended to provide information to rider or passenger
- B62J50/225—Mounting arrangements therefor
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- General Engineering & Computer Science (AREA)
- Electric Propulsion And Braking For Vehicles (AREA)
- Connection Of Motors, Electrical Generators, Mechanical Devices, And The Like (AREA)
- Charge And Discharge Circuits For Batteries Or The Like (AREA)
- Reciprocating, Oscillating Or Vibrating Motors (AREA)
- Suspension Of Electric Lines Or Cables (AREA)
- Motorcycle And Bicycle Frame (AREA)
Abstract
The object of this invention it to deliver stable output from a dynamo to a plurality of electrical components, without installing multiple dynamos on the bicycle. A bicycle electrical component holder (31) is coupled with a dynamo (10) via a first connecting cord (66). The bicycle electrical component holder (31) comprises a housing (32), an input portion (33), a regulator circuit (40), and an output portion (34). The housing (32) is mountable on frame (2) or handlebar (15). Input portion (33) is disposed on the housing (32). A first connecting cord (66) is connected to the input portion (33). The regulator circuit is disposed inside the housing (32). This regulator circuit regulates the output of the dynamo (10) input from input portion (33), such that the output can be used by each of a plurality of electrical components (50). The output portion (34) is disposed on the housing (32), and outputs the dynamo (10) output, having been regulated by the regulator circuit, to the plurality of electrical components (50).
Description
[technical field]
The present invention relates to bicycle use electric component (Denso product) retainer, particularly, relate to and be installed on the bicycle with electrical generator, connect flexible cord via first and be connected on the electrical generator apparatus for providing electrical signals to bicycle components that will be supplied to a plurality of electric components to use from the output that aforementioned electrical generator comes.
[background technology]
For nearest bicycle,, a lot of electric components are installed in order to satisfy user's various requirements.As multiple electric component, for example, lighting apparatus is arranged, read out instrument and charger for portable telephone etc.In this bicycle, need be to lighting apparatus, the electric power of supply regulation on each of multiple electric components such as charger for portable telephone and read out instrument.At this moment, can on each of electric components such as charger for portable telephone and read out instrument, utilize battery at lighting apparatus, but when using battery, changing battery needs spended time, electric component itself can increasing simultaneously.Thereby, utilize electrical generator that electric power required in the multiple electric component is provided, have very big advantage.But, because each necessary electric power of multiple electric component, because of electric component different, so, on bicycle,, prepare independent electrical generator for electric component each.For example, under the situation that lighting apparatus and portable phone charger are installed on the bicycle, the electrical generator (non-patent literature 1) that electrical generator that the lift-launch lighting apparatus is used on bicycle and charger for portable telephone are used.
[non-patent literature 1] Internet＜URL:http: //pcweb.mycom.co.jp/pcbuyers/report/2003/09/03/01.html 〉
In the bicycle of prior art, by each electric component is prepared independent electrical generator, the electric power supply that can stipulate a plurality of electric components.But electric component is many more, and needed electrical generator can be many more.Therefore, from practical angle, the number of the electric component that the user can utilize on bicycle is restricted.In addition, because electrical generator is a kind of structure of generating electricity by the wheel revolutions of bicycle, so when the number of electrical generator increased, when the user made wheel revolutions make generator for electricity generation, user's burden increased.Therefore, user's burden is big more when wheel revolutions, and is not enough more to the electric power of each electric component supply from electrical generator, is difficult to stable.
[summary of the invention]
Problem of the present invention is, do not carry a plurality of electrical generators on bicycle, stably the output that comes from electrical generator is supplied to electric component.
According to the apparatus for providing electrical signals to bicycle components of scheme 1, be installed on the bicycle with electrical generator.This apparatus for providing electrical signals to bicycle components, the output that is used for coming from electrical generator is supplied to a plurality of electric components, connects flexible cord via first and is connected on the electrical generator.Apparatus for providing electrical signals to bicycle components comprises shell, and input part is adjusted the loop, efferent.Shell can be installed on the vehicle frame of bicycle or on the handlebar.Input part is arranged on the shell.First connects flexible cord is connected on this input part.Adjust the loop and be arranged on enclosure.Adjust the loop with this, will be adjusted to the form that a plurality of electric components can both use from the output of the electrical generator of input part input.Efferent is arranged on the shell, will output on a plurality of electric components with the output of the electrical generator of adjusting the loop adjustment.
On this apparatus for providing electrical signals to bicycle components, from the next output of electrical generator, connect flexible cord via first, be input on the adjustment loop from input part, at this moment, in adjusting the loop,, adjust from the output of the electrical generator of input part input in the mode that in each of a plurality of electric components, can use.Simultaneously, be adjusted the output of the adjusted electrical generator in loop,, export to a plurality of electric components from efferent from adjusting loop output to efferent.
Here, since each that adjust that the loop will be adjusted to a plurality of electric components from the output that electrical generator comes can use after, the output that is adjusted the adjusted electrical generator in loop is exported to a plurality of electric components from efferent, so, on bicycle, need not carry a plurality of electrical generators, the output that comes from electrical generator stably can be supplied to a plurality of electric components.
In the apparatus for providing electrical signals to bicycle components according to scheme 2, in scheme 1 described apparatus for providing electrical signals to bicycle components, the efferent of being located on the shell has a plurality of first outside terminals.In these a plurality of first outside terminals, first outside terminal of regulation can be via being connected to first bonder terminal that second on the electric component connects flexible cord or be integrally formed into electric component, and detachable ground connects electric component.In this case, when connecting first outside terminal that flexible cord or first bonder terminal be connected to regulation on via second electric component, can stablize and reliably will be by adjusting the output that the adjusted electrical generator in loop comes, with each the output of regulation of electric component, be supplied to electric component from efferent.
In apparatus for providing electrical signals to bicycle components, in scheme 1 described apparatus for providing electrical signals to bicycle components, on shell, form first installation portion according to scheme 3.This first installation portion can disassembled and assembled freely ground be installed any one of a plurality of electric components.In this case, by in a plurality of electric components any one is installed on first installation portion of shell, can be supplied on the electric component that is installed on the shell with adjusting the output that the adjusted electrical generator in loop comes.
In the apparatus for providing electrical signals to bicycle components according to scheme 4, in scheme 3 described apparatus for providing electrical signals to bicycle components, efferent has a plurality of first connection point terminals.A plurality of first connection point terminals are arranged near first installation portion or first installation portion.In a plurality of first connection point terminals, first connection point terminal of regulation in the time of on first installation portion that electric component is installed to shell, can be electrically connected on second connection point terminal of being located on the electric component.In this case, when on first installation portion that electric component is installed to shell, because first connection point terminal of the regulation of efferent is electrically connected on second connection point terminal of electric component, so, can stablize and reliably will be with adjusting the adjusted output that comes from electrical generator in loop, with each the output of regulation of electric component, supply to electric component from efferent.
In the apparatus for providing electrical signals to bicycle components according to scheme 5, in scheme 3 or 4 described apparatus for providing electrical signals to bicycle components, first installation portion of shell has first salient.First recess is set on electric component.Simultaneously, first recess of first salient of first installation portion and electric component can cooperate (chimeric).In this case, be coupled to by first salient on first recess of electric component, can reliably electric component be installed on the shell first installation portion.
In the apparatus for providing electrical signals to bicycle components according to scheme 6, in scheme 3 or 4 described apparatus for providing electrical signals to bicycle components, first installation portion of shell has second recess.Second salient is set on electric component.Simultaneously, second salient of second recess of first installation portion and electric component can cooperate.In this case, be coupled to by second recess on second salient of electric component, can reliably electric component be installed on the shell first installation portion.
In apparatus for providing electrical signals to bicycle components, in scheme 1 described apparatus for providing electrical signals to bicycle components, on shell, form a plurality of second installation portions corresponding to a plurality of electric components according to scheme 7.Each of a plurality of second installation portions can disassembled and assembled freely ground be installed each of a plurality of electric components.In this case, be formed on a plurality of second installation portions on the shell on each, a plurality of electric components can be installed respectively corresponding with a plurality of electric components.That is, on second installation portion of in a plurality of second installation portions, stipulating, a plurality of electric components can be installed respectively.
In the apparatus for providing electrical signals to bicycle components according to scheme 8, in scheme 7 described apparatus for providing electrical signals to bicycle components, efferent has a plurality of second outside terminals.Second outside terminal for second installation portion each, is arranged near any one second installation portion or second installation portion.On electric component, the 3rd outside terminal is set, second outside terminal of efferent can be connected on the 3rd outside terminal of electric component.In this case, because for each of second installation portion, second outside terminal on second installation portion that is provided with or near any one second installation portion, can be connected on the 3rd outside terminal of electric component, so, when electric component being installed on second installation portion, can be supplied on a plurality of electric components with adjusting the adjusted output that comes from electrical generator in loop.
In apparatus for providing electrical signals to bicycle components according to scheme 9, in scheme 8 described apparatus for providing electrical signals to bicycle components, under near second outside terminal is arranged on second installation portion the situation, second and third outside terminal constitutes second and third connection point terminal.These second and third connection point terminals in the time of on second installation portion that electric component is installed to shell, are electrically connected mutually.In this case, because when being installed to electric component on second installation portion of shell, being located near second connection point terminal of second installation portion is electrically connected on the 3rd connection point terminal of being located on the electric component, so, can be stable and be supplied to a plurality of electric components reliably with adjusting the adjusted output that comes from electrical generator in loop.
In apparatus for providing electrical signals to bicycle components according to scheme 10, in scheme 8 described apparatus for providing electrical signals to bicycle components, under the situation on second installation portion that second outside terminal is provided with, second and third outside terminal constitutes second and third bonder terminal.These second and third bonder terminals are electrically connected in the time of on second installation portion that electric component is installed to shell mutually.In this case, because in the time of on second installation portion that electric component is installed to shell, second bonder terminal of being located on second installation portion is electrically connected on the 3rd bonder terminal of being located on the electric component, so, can be stable and be supplied to a plurality of electric components reliably with adjusting the adjusted output that comes from electrical generator in loop.
In apparatus for providing electrical signals to bicycle components according to scheme 11, in scheme 10 described apparatus for providing electrical signals to bicycle components, wherein any one constitutes the male connector terminal to second and third bonder terminal, and any another in second and third bonder terminal constitutes the female connector terminal.In this case, for example, when with second bonder terminal as the male connector terminal, with the 3rd bonder terminal during as the female connector terminal, by being cooperatively interacted with the female connector terminal, the male connector terminal is connected, and can be with more stable and be supplied to a plurality of electric components reliably with adjusting the adjusted output that comes from electrical generator in loop.
In the apparatus for providing electrical signals to bicycle components according to scheme 12, in any one described apparatus for providing electrical signals to bicycle components, second installation portion has the 3rd salient or the 3rd recess in scheme 7 to 11.On electric component, the 4th recess or the 4th salient are set.In this case, when second installation portion has the 3rd salient, the 4th recess is set on electric component.In addition, have at second installation portion under the situation of the 3rd recess, the 4th salient is set on electric component.Whereby, be coupled to by the 3rd salient on the 4th recess of electric component, electric component can be installed on second installation portion reliably second installation portion.In addition, the 3rd recess by second installation portion is coupled on the 4th salient of electric component, electric component can be installed on second installation portion reliably.
In apparatus for providing electrical signals to bicycle components, in scheme 1 to 12, in any one described apparatus for providing electrical signals to bicycle components, in a plurality of electric components, comprise the read out instrument that can show the bicycle running state according to scheme 13.The output of electrical generator comprises electric power and electric signal, and adjusting the loop will become shows signal from the converting electrical signal of the electrical generator of input part input, shows signal will be sent on the efferent of mount display.In this case, adjusting the loop will become shows signal from the converting electrical signal of the electrical generator of input part input, and shows signal is passed out on the read out instrument bonded assembly efferent.Whereby, when being connected to read out instrument on the efferent, on read out instrument, can show the speed of bicycle and operating range etc.
In apparatus for providing electrical signals to bicycle components, in scheme 13 described apparatus for providing electrical signals to bicycle components, adjust the loop and will adjust and be sent to read out instrument bonded assembly efferent from the electric power of the electrical generator of input part input according to scheme 14.In this case, adjust electric power and be sent on the read out instrument bonded assembly efferent owing to adjust the loop, so, when being connected to read out instrument on the efferent, can stably will give read out instrument with adjusting the adjusted electric power supply in loop.
In apparatus for providing electrical signals to bicycle components, in scheme 1 to 14, in any one described apparatus for providing electrical signals to bicycle components, in a plurality of aforementioned electric components, comprise radio receiver, charger for portable telephone and lighting apparatus according to scheme 15.In the output of electrical generator, comprise electric power and electric signal, adjust the loop and will adjust and be sent to radio receiver, charger for portable telephone and lighting apparatus bonded assembly efferent from the electric power of the electrical generator of input part input.In this case, adjusting the loop adjusts electric power and it is sent to the efferent that radio receiver, charger for portable telephone and lighting apparatus are installed.Whereby, when being connected on the efferent, can stably will give sound machine, charger for portable telephone and lighting apparatus radio receiver, charger for portable telephone and lighting apparatus with adjusting the adjusted electric power supply in loop.
In apparatus for providing electrical signals to bicycle components, in scheme 1 to 15, in any one described apparatus for providing electrical signals to bicycle components retainer, comprise electric power and electric signal in the output of electrical generator according to scheme 16.In addition, apparatus for providing electrical signals to bicycle components further comprises charge storage element.This charge storage element is configured in the inside of shell, accumulates from the electric power of the electrical generator of input part input.In this case, because the charge storage element that is built in the shell accumulates from the electric power of the electrical generator of input part input, so, even when the user does not drive bicycle, also can give a plurality of electric components by the electric power supply that electrical generator comes.
According to the present invention, because after the adjustment loop will be adjusted to each electric power that can use of a plurality of electric components from the output that electrical generator comes, to export to a plurality of electric components from efferent with the output of adjusting the adjusted electrical generator in loop, so, on bicycle, need not to carry a plurality of electrical generators, can stably the output that comes from electrical generator be supplied to a plurality of electric components.
[simple declaration of accompanying drawing]
Fig. 1, be the lateral plan that adopts the bicycle of first kind of form of implementation of the present invention.
Fig. 2, be the perspective enlarged drawing of the handle portion of bicycle.
Fig. 3, be the block diagram of the inner structure of expression electric component retainer.
Fig. 4, be the transparent view of the installation method of expression when being installed to each electric component on the electric component retainer.
Fig. 5, according to the diagram that is equivalent to Fig. 3 of second kind of form of implementation of the present invention.
Fig. 6, according to the diagram that is equivalent to Fig. 4 of second kind of form of implementation of the present invention.
Fig. 7, according to the diagram that is equivalent to Fig. 3 of the third form of implementation of the present invention.
Fig. 8, according to the diagram that is equivalent to Fig. 4 of the third form of implementation of the present invention.
Fig. 9, according to the diagram that is equivalent to Fig. 4 of other form of implementation of the present invention.
[nomenclature]
2 vehicle frames (vehicle frame)
10 wheel hub electrical generators (electrical generator)
15 handles (handlebar)
19,119,219 alternating current generators
31,131,231 electric component retainers
32,132,232 shells
33,133,233 input parts
34,134,234 efferents
34a, 34b, 34c, 34d first to fourth efferent (first outside terminal)
40,140,240 commutating circuits
41,141,241 charge storage elements
42,142,242 adjust the loop
42a, 141a, 242a voltage are adjusted the loop
42a, 142b, 242b waveform shaping loop
43,143,243 automatic lighting loops
50,150,250,350 electric components
51a, 52a male connector terminal (first bonder terminal)
66 first connect flexible cord
67a, 67b second connect flexible cord
51,151,251,351 bicycle computers (read out instrument)
52,152 radio receivers
53,153,253,353 lamps (lighting fixture)
54,154,254,354 charger for portable telephone
132a first installation portion
132b first salient
136a, 136b, 136c, 136d first connection point terminal
151a, 152a, 153a, 154a first recess
151b, 152b, 153b, 154b, 23ga, 238b, 238c second connection point terminal
236 second installation portions
236a, 236b, 336a, 336b, 336c the 3rd salient
236c the 3rd recess
237 second outside terminals
239,239a second bonder terminal
251a, 254a, 351a, 353a, 354a the 4th recess
251b, 254b, 353b the 3rd connection point terminal
253a the 4th salient
253b the 3rd bonder terminal
[optimised form that carries out an invention]
(first kind of form of implementation)
Adopting the bicycle of first kind of form of implementation of the present invention, as shown in Figure 1, is the mountain bike that has fore suspension and rear suspension.Comprise at bicycle: have vehicle frame 2 that has rear suspension 13 and the vehicle frame 1 that has the front fork 3 of front suspension 14, handlebar portion 4, be installed in the front-wheel 6 on the front fork 3, the trailing wheel 7 of wheel hub electrical generator 10 is installed, the drive division 5 of transmission system 8,9 before and after comprising, the control setup 30 that the each several part of transmission system 8,9 was used before and after control comprised, and the electric component retainer 31 (with reference to Fig. 2) that a plurality of electric component 50 usefulness are installed.
The vehicle frame 2 of vehicle frame 1 welds special-shaped square tube and makes.On vehicle frame 2, be equipped with and comprise vehicle seat 18 or drive division 5 at interior each several part.Front fork 3 can be installed to the front portion of vehicle frame 2 around the bevelled axle with freely swinging.
The wheel hub electrical generator 10 of trailing wheel 7 is wheel hubs that the flywheel of brake disc 60 that plate disc brake is housed and multi-stage gear can be installed, and its inside has the alternating current generator (not shown) by the rotary electrification of trailing wheel 7.This alternating current generator is connected on control setup 30 and the electric component retainer 31 via connecting flexible cord 65.
Electric component retainer 31 is used for the output of the electric power that will come from the alternating current generator of wheel hub electrical generator 10 and electric signal etc., is supplied to a plurality of electric components 50.This electric component retainer 31 as Fig. 2 or shown in Figure 4, comprises shell 32, input part 33 and efferent 34.On shell 32, installation component 35 is installed.Utilize this installation component 35, with shell 32 detachables be installed on the handle 15.Input part 33 is arranged on the shell 32, and first connects flexible cord 66 is connected on the input part 33.This first connection flexible cord 66 couples together input part 33 and alternating current generator.Efferent 34 is located on the shell 32, has first to fourth efferent 34a, 34b, 34c, 34d.First and second efferent 34a, 34b constitute the cloudy outside terminal of rectangle, and the 3rd and the 4th efferent 34c, 34d constitute circular cloudy outside terminal.
In addition, in the inside of electric component retainer 31, as shown in Figure 3, built-in commutating circuit 40 and charge storage element 41 and adjustment loop 42 and automatic lighting loop 43.Commutating circuit 40, the alternating current from alternating current generator 19 that is used for being input to input part 33 is transformed into direct current (DC), carries out rectification.Direct current power by these commutating circuit 40 rectifications outputs in the charge storage element 41 from commutating circuit 40.Charge storage element 41 for example is made of large value capacitor, is used to accumulate the direct current power by commutating circuit 40 rectifications.Here, replace cond, also can constitute charge storage element 41 with storage batterys such as nickel-cadmium cell and lithium ion battery or Ni-MH batteries.The direct current power of accumulating on this charge storage element 41 is supplied to the voltage in the adjustment loop of describing later 42 to adjust loop 42a from charge storage element 41.
Adjust loop 42, be used for electric power and electric signal are adjusted to the electric power of each regulation that can use in a plurality of electric components 50 (bicycle computer 51, radio receiver 52, illumination light 53 and charger for portable telephone 54) of describing later or signal etc.Adjusting loop 42 is made of voltage adjustment loop 42a and waveform shaping loop 42b.Voltage is adjusted loop 42a will be adjusted to the voltage of regulation from the direct current power of charge storage element 41 supplies, output to respectively on the first efferent 34a, the second efferent 34b, automatic lighting loop 43 and the 4th efferent 34d.Adjust on the 42a of loop at this voltage, will for example adjust to 1.2V, 3.0V, 3.5V, 3.7V from the direct current power of charge storage element 41 supplies.Simultaneously, direct current power with 1.2V outputs on the first efferent 34a respectively, the direct current power of 3.0V is outputed on the second efferent 34b, the direct current power of 3.5V is outputed on the automatic lighting loop 43, the direct current power of 3.7V is outputed on the 4th efferent 34d.Waveform shaping loop 42b is used for and will be transformed into impulse singla (rectangular wave) from the electric signal (sinusoidal waveform) of the alternating current generator 19 of input part 33 input.This impulse singla outputs on the first efferent 34a from waveform shaping loop 42b.Automatically lighting loop 43 is the signal control electric power that comes from the sensor (not shown) for basis, and automatic connection disconnects lighting of illuminating lamp and is provided with.This automatic lighting loop 43, control is adjusted the direct current power that loop 42a comes from voltage, outputs on the 3rd efferent 34c.Like this, adjusting controlled electric power and electric signal on loop 42 and the automatic lighting loop 43, be supplied to a plurality of electric components 50 from first to fourth efferent 34a, 34b, 34c, 34d.
A plurality of electric components 50, as shown in Figure 4, for example by bicycle computer 51, radio receiver 52, lamp 53 and charger for portable telephone 54 constitute.Bicycle computer 51 and radio receiver 52 are removably mounted on the electric component retainer 31.On each of bicycle computer 51 and radio receiver 52, be integrally formed into male connector terminal 51a, 52a.The male connector terminal 51a of bicycle computer 51 can be connected on the first efferent 34a freely removably, and the male connector terminal 52a of radio receiver 52 is connected on the second efferent 34b freely removably.Bicycle computer 51 has the liquid crystal display part 51b that can show various driving informations.In bicycle computer 51, adorn the built-in control part (not shown) that constitutes by microcomputer.This control part is derived various driving informations (for example moving velocity and operating range) according to the impulse singla by first efferent 34a output, and various driving informations are presented on the liquid crystal display part 51b.
Radio receiver 52 has the liquid crystal display part 52b that can show various broadcast station (AM, FM etc.) and various frequencies.In addition, on radio receiver 52, the operating knob 52c and the volume adjusting knob 52d that select various broadcast station and various frequency to use are set.Lamp 53 and charger for portable telephone 54 are installed on the handle 15 detachable.On lamp 53 and charger for portable telephone 54, be connected with the end of the second connection flexible cord 67a, 67b respectively.Be connected on the 3rd efferent 34c other end detachable of the second connection flexible cord 67a of lamp 53, be connected on the 4th efferent 34d other end detachable of the second connection flexible cord 67 of charger for portable telephone 54.Like this, lamp 53 and charger for portable telephone 54 via the second connection flexible cord 67a, 67b, are connected on the electric component retainer 31 detachable.Lamp 53 has on and off switch 53c.Utilize this on and off switch 53c, can carry out the switching of lamp 53.Charger for portable telephone 54 has the charge charging terminal (not shown) of usefulness of portable phone.This charger for portable telephone 54, when portable phone being installed on the charger for portable telephone 54, the charging terminal of charger for portable telephone 54 contacts with charging terminal (not shown) on being arranged on portable phone, and portable phone is charged.
In this first kind of form of implementation, electric component retainer 31 in commutating circuit 40, will become direct current power from the alternating electromotive force rectifying conversion that is input to the input part 33 of the alternating current generator 19 of wheel hub electrical generator 10.Simultaneously, adjust among the 42a of loop, will be adjusted to the voltage of regulation, output to first to fourth efferent 34a, 34b, 34c, 34d respectively from the direct current power of charge storage element 41 supplies at the voltage of adjusting loop 42.In addition, electric component retainer 31 forms among the 42b of loop at the waveform of adjusting loop 42, will be transformed into impulse singla (rectangular wave) from the electric signal (sinusoidal waveform) that the alternating current generator 19 of wheel hub electrical generator 10 is input to input part 33.This impulse singla forms loop 42b from waveform and outputs on the first efferent 34a.Like this, controlled electric power or electric signal in adjusting loop 42 are supplied to a plurality of electric components 50 by first to fourth efferent 34a, 34b, 34c, 34d.When using this electric component retainer 31, in adjusting loop 42, will from the electric power of wheel hub electrical generator 10 and electric signal be adjusted to can each of a plurality of electric components 50, use after, electric power and the electric signal that is adjusted the wheel hub electrical generator of adjusting in loop 42 10 can be supplied to a plurality of electric components 50 from first to fourth efferent 34a, 34b, 34c, 34d.Whereby, electric power and the electric signal from wheel hub electrical generator 10 stably can be supplied to a plurality of electric components 50.
(second kind of form of implementation)
Adopting the bicycle of second kind of form of implementation of the present invention, as shown in Figure 1, is a kind of mountain bike that has fore suspension and rear suspension.This bicycle comprises: have the vehicle frame 2 of band rear suspension 13 and the vehicle frame 1 of the front fork 3 of band suspension 14, handlebar portion 4, be installed in the front-wheel 6 on the front fork 3, the trailing wheel 7 of wheel hub electrical generator 10 is installed, the drive division 5 of transmission system 8,9 before and after comprising, the control setup 30 that each one of transmission system 8,9 used before and after control comprised is installed the electric component retainer 131 (with reference to Fig. 6) of a plurality of electric component 150 usefulness.In this second kind of form of implementation, the structure except that electric component retainer 131 is identical with first kind of form of implementation, so, omit its explanation for identical part, below only electric component retainer 131 is described.
In addition, in the inside of electric component retainer 131, as shown in Figure 5, built-in commutating circuit 140 and charge storage element 141 and adjustment loop 142 and automatic lighting loop 143.Commutating circuit 140, the alternating electromotive force rectifying conversion from alternating current generator 119 that is used for being input to input part 133 becomes direct current power.Utilize the direct current power of these commutating circuit 140 rectifications, output to charge storage element 141 from commutating circuit 140.Charge storage element 141 for example is made of large value capacitor, is used to store the direct current power by commutating circuit 140 rectifications.Here, replace cond, also can use nickel-cadmium cell, and storage batterys such as lithium ion battery and Ni-MH battery constitute charge storage element 141.The direct current power that stores in this charge storage element 141 is supplied to the voltage in the adjustment loop of describing later 142 to adjust loop 142a from charge storage element 141.
Adjust loop 142, be used for electric power and electric signal are adjusted to a plurality of electric components 150 (bicycle computer 151 of describing later, radio receiver 152, illumination light 153 and charger for portable telephone 154) in the electric power of each regulation that can use or signal etc.Adjusting loop 142 is made of voltage adjustment loop 142a and waveform shaping loop 142b.Voltage is adjusted loop 142a will be adjusted to the voltage of regulation from the direct current power of charge storage element 141 supplies, output to respectively on 3 groups of double-type first connection point terminal 136a, 136b, 136d and automatic lighting loops 143.Adjust on the 142a of loop at this voltage, will for example adjust to 1.2V, 3.0V, 3.5V, 3.7V from the direct current power of charge storage element 141 supplies.Simultaneously, direct current power with 1.2V outputs on a pair of first connection point terminal 136a respectively, the direct current power of 3.0V is outputed on a pair of first connection point terminal 136b, the direct current power of 3.5V is outputed on the automatic lighting loop 143, the direct current power of 3.7V is outputed on a pair of first connection point terminal 136d.Waveform shaping loop 142b be used for will from the alternating current generator 119 of input part 133 input signal (sinusoidal waveform) be transformed into impulse singla (rectangular wave).This impulse singla outputs on the first connection point terminal 136a from waveform shaping loop 142b.Automatically lighting loop 143 is the signal control electric power that comes from the sensor (not shown) for basis, and automatic connection disconnects lighting of illuminating lamp and is provided with.This automatic lighting loop 143, control is adjusted the direct current power that loop 142a comes from voltage, outputs on a pair of first connection point terminal 136c.Like this, adjusting controlled electric power and electric signal on loop 14 and the automatic lighting loop 143, be supplied to a plurality of electric components 150 from 4 groups of double-type first connection point terminal 136a, 136b, 136c, 136d.
A plurality of electric components 150, as shown in Figure 6, for example by bicycle computer 151, radio receiver 152, lamp 153 and charger for portable telephone 154 constitute.Bicycle computer 151, radio receiver 152, lamp 153 and charger for portable telephone 154, wherein any one is installed on the shell 132 on the first installation portion 132a detachable.At bicycle computer 151, radio receiver 152 on each of lamp 153 and charger for portable telephone 154, is provided with the first recess 151a, 152a, 153a, 154a respectively.The first recess 151a, 152a, 153a, 154a form long trough, and in order to be coupled on the first salient 132b that is located on the shell 132, two sidewalls form the thin taper of front end from the bottom to open side.
At bicycle computer 151, radio receiver 152 on each of lamp 153 and charger for portable telephone 154, is provided with the double-type second connection point terminal 151b, 152b, 153b, 154b respectively.The double-type second connection point terminal 151b of each electric component 151,152,153,154,152b, 153b, 154b, order according to bicycle computer 151, radio receiver 152, lamp 153, charger for portable telephone 154, along the length direction staggered positions of the first recess 151a, 152a, 153a, 154a, be configured in the both sides of the first recess 151a, 152a, 153a, 154a.Whereby, when the first recess 151a, 152a, 153a, the 154a of electric component 150 are coupled in the first salient 132b portion of shell 132, be arranged on the double-type second connection point terminal 151b, 152b, 153b, 154b on each electric component 151,152,153,154, be electrically connected (with reference to Fig. 5) with a pair of first connection point terminal of stipulating among 4 groups the double-type first connection point terminal 136a of efferent 134,136b, 136c, the 136d.Bicycle computer 151 has the liquid crystal display part 151c that can show various motoring conditions.In bicycle computer 151, the built-in control part (not shown) that constitutes by microcomputer.The impulse singla of the first connection point terminal 136a output of this control part basis is derived various driving informations (for example, moving velocity and operating range), and various driving informations are presented on the liquid crystal display part 151c.
In this second kind of form of implementation, electric component retainer 131, in commutating circuit 140, the alternating electromotive force rectifying conversion that will be input to input part 133 from the alternating current generator 119 of wheel hub electrical generator 10 becomes direct current power.Simultaneously, adjust among the 142a of loop, will adjust to the voltage of regulation, output to respectively on 4 groups of a pair of first connection point terminal 136a, 136b, 136c, the 136d from the direct current power of charge storage element 141 supplies at the voltage of adjusting loop 142.In addition, electric component retainer 131 is being adjusted the waveform shaping loop 142b in loop 142, will be transformed into impulse singla (rectangular wave) from the electric signal (sinusoidal waveform) that the alternating current generator 119 of wheel hub electrical generator 10 is input to input part 133.This impulse singla outputs on a pair of first connection point terminal 136a from waveform shaping loop 142b.Like this, electric power and the electric signal adjusted in adjusting loop 142 are supplied to a plurality of electric components 150 from 4 groups of double-type first connection point terminal 136a, 136b, 136c, 136d.When using this electric component retainer 131, in adjusting loop 142, each that will be adjusted to a plurality of electric components 150 from the electric power and the electric signal of wheel hub electrical generator 10 can use after, can be supplied to a plurality of electric components 150 from 4 groups of double-type first connection point terminal 136a, 136b, 136c, 136d with electric power and the electric signal of adjusting loop 142 adjusted wheel hub electrical generators 10.Whereby, the electric power and the electric signal of wheel hub electrical generator 10 stably can be supplied to a plurality of electric components 150.
(the third form of implementation)
Adopting the bicycle of the third form of implementation of the present invention, as shown in Figure 1, is the mountain bike that has fore suspension and rear suspension.This bicycle comprises: have the vehicle frame 2 of band rear suspension 13 and the vehicle frame 1 of the front fork 3 of band suspension 14, handlebar portion 4, be installed in the front-wheel 6 on the front fork 3, the trailing wheel 7 of wheel hub electrical generator 10 is installed, the drive division 5 of transmission system 8,9 before and after comprising, the control setup 30 that each one of transmission system 8,9 used before and after control comprised is installed the electric component retainer 231 (with reference to Fig. 8) of a plurality of electric component 250 usefulness.In this third form of implementation, the structure except that electric component retainer 231 is identical with first kind of form of implementation, so, omit its explanation for identical part, below only electric component retainer 231 is described.
Electric component retainer 231, the output that is used for the electric power that will come from the alternating current generator of wheel hub electrical generator 10 and electric signal etc. is supplied to a plurality of electric components 250.This electric component retainer 231 as shown in Figure 8, has shell 232, input part 233, efferent 234.On shell 232, installation component 235 is installed.By this installation component 235, with shell 232 detachables be installed on the handle 15.Form a plurality of second installation portions 236 corresponding to a plurality of electric components 250 on shell 232, on second installation portion of the regulation in these a plurality of second installation portions 236, a plurality of electric components 250 are installed on detachable ground respectively.A plurality of second installation portions 236 for example have two the 3rd salient 236a, 236b and the 3rd recess 236c.Two the 3rd salient 236a, 236b under shell 232 is installed to state on the handle 15, separate the interval of regulation, and two positions on shell 232 form the long shapes of fore-and-aft direction.Be formed on the 3rd salient 236a, the 236b at top two positions of shell 232, their two sides separately form above shell 232 taper that the foreign side to shell 232 expands gradually.In addition, the 3rd recess 236c under shell 232 is installed to state on the handle 15, is formed on the side of shell 232.Input part 233 is arranged on the shell 232, is connected with first and connects flexible cord 66 on input part 233.This first connection flexible cord 66 couples together input part 233 and alternating current generator.
In addition, in the inside of electric component retainer 231, as shown in Figure 7, built-in commutating circuit 240 and charge storage element 241 and adjustment loop 242 and automatic lighting loop 243.Commutating circuit 240 is used for the alternating electromotive force rectifying conversion from the alternating current generator 219 that is input to input part 233 is become direct current power.Utilize this commutating circuit 240 to carry out the direct current power of overcommutation, output to charge storage element 241 from commutating circuit 240.Charge storage element 241 for example is made of large value capacitor, is used to store the direct current power by commutating circuit 240 rectifications.Here, also can replace the cond nickel-cadmium cell, and storage batterys such as lithium ion battery and Ni-MH battery constitute charge storage element 241.The direct current power of accumulating on charge storage element 241 is supplied to the voltage in the adjustment loop of describing later 242 to adjust loop 242a from charge storage element.
Adjust loop 242, be used for electric power and electric signal are adjusted to a plurality of electric components 250 (bicycle computer 251 of describing later, radio receiver 252, illumination light 253 and charger for portable telephone 254) in the electric power of each regulation that can use to signal etc.Adjusting loop 242 is made of voltage adjustment loop 242a and waveform shaping loop 242b.Voltage is adjusted loop 242a will be adjusted to the voltage of regulation from the direct current power of charge storage element 241 supplies, output to respectively on 2 groups of double-type second connection point terminal 238a, 238b and the automatic lighting loop 243.Adjust on the 242a of loop at this voltage, will for example adjust to 1.2V, 3.5V, 3.7V from the direct current power of charge storage element 241 supplies.Simultaneously, the direct current power with 1.2V outputs on a pair of second connection point terminal 238a respectively, and the direct current power of 3.5V is outputed on the automatic lighting loop 243, and the direct current power of 3.7V is outputed to a pair of second connection point terminal 238b.Waveform shaping loop 242b, be used for will from the alternating current generator 219 of input part 233 input signal (sinusoidal waveform) be transformed into impulse singla (rectangular wave).This impulse singla outputs on the second connection point terminal 238a from waveform shaping loop 242b.Automatically lighting loop 243 is the signal control electric power that comes from the sensor (not shown) for basis, and automatic connection disconnects lighting of illuminating lamp and is provided with.This automatic lighting loop 243, control is adjusted the direct current power that loop 242a comes from voltage, outputs on a pair of second bonder terminal 239a.Like this, adjusting controlled electric power and electric signal on loop 242 and the automatic lighting loop 243, be supplied to a plurality of electric components 250 from 2 groups of double-type second connection point terminal 238a, 238b and a pair of second bonder terminal 239a.
A plurality of electric components 250, as shown in Figure 8, for example by bicycle computer 251, lamp 253 and charger for portable telephone 254 constitute.Bicycle computer 251, lamp 253 and charger for portable telephone 254 in second installation portion of regulation, are installed on the shell 232 in a plurality of second installation portions 236 detachable.On each of bicycle computer 251 and charger for portable telephone 254, the 4th recess 251a, 254a are set respectively.The 4th recess 251a, 254a form long trough, and in order to be coupled on the 3rd salient 236a, the 236b that is located at second installation portion 236 on the shell 232, two sidewalls form the thin taper of front end from the bottom to open side.On lamp 253, the 4th salient 253a that setting can cooperate with the 3rd recess 236c of second installation portion 236 on being arranged on shell 232.
On each of bicycle computer 251 and charger for portable telephone 254, double-type the 3rd connection point terminal 251b, 254b are set respectively.Double-type the 3rd connection point terminal 251b, 254b are configured in the 4th recess 251a.The both sides of 254a.Whereby, in the time of on the 3rd salient 236a, the 236b that the 4th recess 251a, 254a are coupled to second installation portion 236, double-type the 3rd connection point terminal 251b, the 254b of bicycle computer 251 and charger for portable telephone 254 is electrically connected on the double-type second connection point terminal 238a, the 238b of efferent 234.Bicycle computer 251 has the liquid crystal that can the show various driving informations 251c of portion that travels.In bicycle computer 251, the built-in control part (not shown) that constitutes by microcomputer.This control part is derived various driving informations (for example moving velocity and operating range) according to the impulse singla from second connection point terminal 238a output, and various driving informations are presented on the liquid crystal display part 251c.Charger for portable telephone 254 has the charge charging terminal (it is not shown that figure becomes) of usefulness of portable phone.This charger for portable telephone 254, when portable phone being installed on the charger for portable telephone 254, the charging terminal of charger for portable telephone 254 contacts with charging terminal (not shown) on being arranged on portable phone, and portable phone is charged.
On lamp 253, a pair of the 3rd bonder terminal 253b is set.Each of a pair of the 3rd bonder terminal 253b for example constitutes the male connector terminal, disposes highlightedly to foreign side from the raised face of the 4th salient 253a.Whereby, when the 4th salient 253a with lamp 253 is coupled on the 3rd recess 236c of second installation portion 236, be arranged on a pair of the 3rd bonder terminal 253b on the lamp 253, cooperate and be electrically connected with a pair of second bonder terminal 239a on being arranged on the 3rd recess 236c.Lamp 253 has on-off switch 253c.Utilize this on-off switch 253c, can carry out the switching of lamp 253.
In this third form of implementation, electric component retainer 231, in commutating circuit 240, the alternating electromotive force rectifying conversion that will be input to input part 233 from the alternating current generator 219 of wheel hub electrical generator 10 becomes direct current power.Simultaneously, adjust among the 242a of loop, will adjust to the voltage of regulation, output to respectively on 2 groups of double-type second connection point terminal 238a, 238b and a pair of second bonder terminal 239a from the direct current power of charge storage element 241 supplies at the voltage of adjusting the loop.In addition, electric component retainer 231 in adjusting the waveform shaping loop 242b in loop 242, will be transformed into impulse singla (rectangular wave) from the electric signal (sinusoidal waveform) that the alternating current generator 219 of wheel hub electrical generator 10 is input to input part 233.This impulse singla is outputed on the double-type second connection point terminal 238a.Like this, adjusted electric power and electric signal in adjusting loop 242 are supplied to a plurality of electric components 250 from 2 groups of double-type terminal 238a, 238b and a pair of second bonder terminal 239a at second.When using this electric component retainer 231, after each that will be adjusted to a plurality of electric components 250 from the electric power and the electric signal of wheel hub electrical generator 10 in adjusting loop 242 is operable, the electric power and the electric signal of adjusted wheel hub electrical generator 10 in adjusting loop 242 can be supplied to a plurality of electric components 250 from 2 groups of double-type second connection point terminal 238a, 238b and a pair of second bonder terminal 239a.Whereby, can stably electric power and electric signal from wheel hub electrical generator 10 be supplied to a plurality of electric components 250.
(other form of implementation)
(a) aforementioned first to the third form of implementation, enumerate electric component retainer 31,131,231 and be equipped with the example of charge storage element 41,141,241, but might not on electric component retainer 31,131,231, dispose charge storage element 41,141,241.For example, on electric component retainer 31,131,231, do not dispose charge storage element at 41,141,241 o'clock, electric power and electric signal from the alternating current generator 19,119,219 of wheel hub electrical generator 10, not electric power storage is adjusted on loop 42a, 142a, the 242a but output to voltage from commutating circuit 40,140,240.
(b) aforementioned first to the third form of implementation, enumerated the example when electric component retainer 31,131,231 is installed on the handlebar 15 between stem 12 and varying speed switch 20a, but the installation site of electric component retainer 31,131,231 on handle 15, being not limited to aforementioned form of implementation, can be any position.For example, as shown in Figure 9, when handle 15 forms upward bent handlebar, electric component retainer 331 is configured in the top of central portion of the axial direction of handle 15.Simultaneously, also can utilize the installation component 335 on two sides being located at the electric component retainer, electric component retainer 331 is installed in from stem 12 on the part of the handle 15 of top, both sides extension.
(c) in aforementioned the third form of implementation, enumerated the example when only connecting lamp 253 with bonder terminal, but as shown in Figure 9, lamp 353 also can be installed on the electric component retainer 331 with bicycle computer 351 and charger for portable telephone 354 the samely.At this moment, on the shell 332 of electric component retainer 331, form the 3rd salient 336c of lamp 353 usefulness, a pair of second connection point terminal 338c is set in the both sides of the 3rd salient 336c.Simultaneously, the both sides that the 4th recess 353a and the 4th recess 353a are set on lamp 353 are provided with a pair of the 3rd connection point terminal 353b, in the time of on the 4th recess 353a being coupled to the 3rd salient 336c, a pair of the 3rd connection point terminal 353b of lamp 353 can be electrically connected on a pair of second connection point terminal 338c.
(d) aforementioned first to the third form of implementation and aforementioned other form of implementation, enumerated the example when being installed to electric component retainer 31,131,231 on the handle 15, but the installation site of electric component retainer 31,131,231 on bicycle is not limited to aforementioned form of implementation, also electric component retainer 31,131,231 can be installed on the vehicle frame 2.
(e) aforementioned first to the third form of implementation and aforementioned other form of implementation, enumerated wheel hub electrical generator 10 has been installed to example on the trailing wheel 7, but the position of wheel hub electrical generator is installed, is not limited to aforementioned form of implementation, also wheel hub electrical generator 10 can be installed on the front-wheel 6.
(f) aforementioned first to the third form of implementation and aforementioned other form of implementation, example when having enumerated the wheel hub electrical generator 10 that uses on the centre of gration part that is configured in trailing wheel 7, but the kind of electrical generator, be not limited to aforementioned form of implementation, also can use the wheel rim electrical generator that contacts generating with the tire or the wheel rim of wheel 6,7.
(g) in aforementioned second kind of form of implementation, represented the first recess 151a, 152a, 153a, 154a are coupled on the first salient 132b, with electric component 150 be installed on the shell 131 the time example.But, electric component 150 is installed to method on the shell 131, be not limited to aforementioned form of implementation.For example, the first salient 132b can be changed over recess, the first recess 151a, 152a, 153a, 154a are become salient, electric component 150 is installed on the shell 131.
(h) in aforementioned the third form of implementation and aforementioned other form of implementation, enumerated that the 4th recess 251a, 254a, 351a, 353a, 354a are coupled on the 3rd salient 236a, 236b, 336a, 336b, the 336c, electric component 250,350 has been installed to example on the shell 231,331.But, electric component 250,350 is installed to method on the shell 231,331, be not limited to aforementioned form of implementation.For example, can with among each the 3rd salient 236a, 236b and the 3rd salient 336a, 336b, the 336c one of them becomes recess at least, the 4th recess 251a, 254a, 351a, 353a, 354a corresponding to the electric component of recess among the 4th recess 251a of electric component 250,350,254a, 351a, 353a, the 354a is altered to salient, electric component 250,350 is installed on the shell 231,331.
Claims (16)
1, a kind of apparatus for providing electrical signals to bicycle components, on being installed to bicycle with electrical generator, connect flexible cord via first and be connected on the aforementioned electrical generator, will be supplied to from the output that aforementioned electrical generator comes the apparatus for providing electrical signals to bicycle components that a plurality of electric components use, comprising:
Can be installed to the vehicle frame of aforementioned bicycle or the shell on the handlebar,
Be arranged on the aforementioned shell, by the aforementioned first connection flexible cord bonded assembly input part,
Be arranged on aforementioned enclosure, the aforementioned output of the aforementioned electrical generator of aforementioned input part input be adjusted to each the adjustment loops that can use of a plurality of aforementioned electric components,
Be located on the aforementioned shell, will output to the efferent on a plurality of aforementioned electric components with the aforementioned output of the adjusted electrical generator in aforementioned adjustment loop.
2, apparatus for providing electrical signals to bicycle components as claimed in claim 1,
Aforementioned efferent has a plurality of first outside terminals,
Aforementioned first outside terminal of stipulating in a plurality of aforementioned first outside terminals can connect aforementioned electric component in disassembled and assembled freely ground via being connected to first bonder terminal that second on the aforementioned electric component connects flexible cord or be integrally formed into aforementioned electric component.
3, apparatus for providing electrical signals to bicycle components as claimed in claim 1,
On aforementioned shell, form first installation portion,
Aforementioned first installation portion can disassembled and assembled freely ground be installed any one in a plurality of aforementioned electric components.
4, apparatus for providing electrical signals to bicycle components as claimed in claim 3,
Aforementioned efferent have be arranged on aforementioned first installation portion or aforementioned first installation portion near a plurality of first connection point terminals,
In the time of on aforementioned first installation portion that aforementioned electric component is installed to aforementioned shell, aforementioned first connection point terminal of stipulating in a plurality of aforementioned first connection point terminals can be electrically connected on second connection point terminal of being located on the aforementioned electric component.
5, as claim 3 or 4 described apparatus for providing electrical signals to bicycle components,
Aforementioned first installation portion has first salient,
Aforementioned first salient can be coupled on first recess of being located on the aforementioned electric component.
6, as claim 3 or 4 described apparatus for providing electrical signals to bicycle components,
Aforementioned first installation portion has second recess,
Aforementioned second recess can be coupled on second salient of being located on the aforementioned electric component.
7, apparatus for providing electrical signals to bicycle components as claimed in claim 1,
On aforementioned shell, form a plurality of second installation portions corresponding to a plurality of aforementioned electric components,
A plurality of aforementioned second installation portions can be installed a plurality of aforementioned electric components in disassembled and assembled freely ground respectively.
8, apparatus for providing electrical signals to bicycle components as claimed in claim 7,
Aforementioned efferent has a plurality of second outside terminals, and aforementioned second outside terminal is for each of aforementioned second installation portion, be arranged near aforementioned second installation portion or aforementioned second installation portion one of any,
Aforementioned second outside terminal can be connected on the 3rd outside terminal of being located on the aforementioned electric component.
9, apparatus for providing electrical signals to bicycle components as claimed in claim 8,
Aforementioned second outside terminal be arranged on aforementioned second installation portion near situation under, aforementioned second and third outside terminal becomes second and third connection point terminal,
In the time of on aforementioned second installation portion that aforementioned electric component is installed on the shell, aforementioned second connection point terminal and aforementioned the 3rd connection point terminal are electrically connected mutually.
10, apparatus for providing electrical signals to bicycle components as claimed in claim 8,
Under the aforementioned second outside terminal setting was sitting in situation on aforementioned second installation portion, aforementioned second and third outside terminal became second and third bonder terminal,
In the time of on aforementioned second installation portion that aforementioned electric component is installed on the shell, aforementioned second bonder terminal and aforementioned the 3rd bonder terminal are electrically connected mutually.
11, apparatus for providing electrical signals to bicycle components as claimed in claim 10,
Aforementioned second and third bonder terminal, wherein any becomes the male connector terminal, wherein other any become the female connector terminal.
12, as any one described apparatus for providing electrical signals to bicycle components in the claim 7 to 11,
Aforementioned second installation portion has the 3rd salient or the 3rd recess,
Aforementioned the 3rd salient or aforementioned the 3rd recess can cooperate with the 4th recess or the 4th salient on being arranged on aforementioned electric component.
13, as any one described apparatus for providing electrical signals to bicycle components in the claim 1 to 12, in a plurality of aforementioned electric components, comprise the read out instrument of the motoring condition that can show aforementioned bicycle,
The aforementioned output of aforementioned electrical generator has electric power and electric signal,
Aforementioned adjustment loop will become shows signal from the aforementioned electric signal transformation of the aforementioned electrical generator of aforementioned input part input, and aforementioned shows signal is sent to the aforementioned efferent of aforementioned display bonded assembly.
14, apparatus for providing electrical signals to bicycle components as claimed in claim 13,
The aforementioned efferent of aforementioned display bonded assembly be adjusted and be sent in aforementioned adjustment loop will from the aforementioned electric power of the aforementioned electrical generator of aforementioned input part input.
15, as any one described apparatus for providing electrical signals to bicycle components in the claim 1 to 14,
Comprise radio receiver in a plurality of aforementioned electric components, charger for portable telephone and lighting apparatus,
The aforementioned output of aforementioned electrical generator has electric power and electric signal,
Aforementioned radio receiver, aforementioned charger for portable telephone and the aforementioned efferent of aforementioned lighting apparatus bonded assembly be adjusted and be sent in aforementioned adjustment loop will from the aforementioned electric power of the aforementioned electrical generator of aforementioned input part input.
16, as any one described apparatus for providing electrical signals to bicycle components in the claim 1 to 15,
The aforementioned output of aforementioned electrical generator has electric power and electric signal,
And further comprise the inside that is configured in aforementioned shell, will be from the charge storage element of the aforementioned electric power electric power storage of the aforementioned electrical generator of aforementioned input part input.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2003339134A JP2005104258A (en) | 2003-09-30 | 2003-09-30 | Electrical instrument holder for bicycle |
| JP339134/2003 | 2003-09-30 | ||
| JP339134/03 | 2003-09-30 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1603200A true CN1603200A (en) | 2005-04-06 |
| CN100377956C CN100377956C (en) | 2008-04-02 |
Family
ID=34309006
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2004100852116A Expired - Fee Related CN100377956C (en) | 2003-09-30 | 2004-09-30 | Apparatus for providing electrical signals to bicycle components |
Country Status (7)
| Country | Link |
|---|---|
| US (1) | US7411307B2 (en) |
| EP (1) | EP1520773B1 (en) |
| JP (1) | JP2005104258A (en) |
| CN (1) | CN100377956C (en) |
| AT (1) | ATE425908T1 (en) |
| DE (1) | DE602004020038D1 (en) |
| TW (1) | TWI232828B (en) |
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-
2004
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- 2004-09-22 EP EP04022573A patent/EP1520773B1/en not_active Not-in-force
- 2004-09-22 DE DE602004020038T patent/DE602004020038D1/en active Active
- 2004-09-22 AT AT04022573T patent/ATE425908T1/en not_active IP Right Cessation
- 2004-09-24 US US10/711,560 patent/US7411307B2/en not_active Expired - Fee Related
- 2004-09-30 CN CNB2004100852116A patent/CN100377956C/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103028259A (en) * | 2011-10-05 | 2013-04-10 | 株式会社吾妻 | Riding toy |
| CN103028259B (en) * | 2011-10-05 | 2016-05-18 | 株式会社吾妻 | Riding toy |
| CN104670409A (en) * | 2013-11-27 | 2015-06-03 | 株式会社万都 | Interface device of electric bicycle |
| CN105501347A (en) * | 2015-12-13 | 2016-04-20 | 天津踏浪科技股份有限公司 | Electric bicycle provided with mobile phone charger |
| CN107662676A (en) * | 2016-07-29 | 2018-02-06 | 泽哈斯股份公司 | The generator of bicycle |
| CN107662676B (en) * | 2016-07-29 | 2020-10-23 | 泽哈斯股份公司 | Generator for bicycle |
Also Published As
| Publication number | Publication date |
|---|---|
| DE602004020038D1 (en) | 2009-04-30 |
| ATE425908T1 (en) | 2009-04-15 |
| TWI232828B (en) | 2005-05-21 |
| TW200512124A (en) | 2005-04-01 |
| CN100377956C (en) | 2008-04-02 |
| US7411307B2 (en) | 2008-08-12 |
| EP1520773A1 (en) | 2005-04-06 |
| EP1520773B1 (en) | 2009-03-18 |
| US20050067203A1 (en) | 2005-03-31 |
| JP2005104258A (en) | 2005-04-21 |
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